DAQ Devices measure temperature and voltage.
Press Release Summary:
Featuring 24-bit ADC, USB-2408 Series offers 16 voltage or 8 thermocouple inputs and up to 2 analog inputs, plus 8 digital I/O and 2 counter inputs. Data acquisition devices provide up to 1 kS/sec sampling, suited for capturing low or medium speed signals. Range of software options includes out-of-the-box TracerDAQ(TM) as well as support for Visual Studio® and Visual Studio® .NET, DASYLab®, NI LabVIEW(TM), and MATLAB®.
Original Press Release:
New Temperature and Voltage Devices from Measurement Computing, the Low-Cost Benchmark for 24-Bit Multifunction DAQ
NORTON, Mass., -- Measurement Computing Corporation, the value leader in data acquisition, today announced the release of two, 24-bit USB DAQ devices for measuring temperature and voltage.
Starting at only $599, the USB-2408 Series offers 16 voltage or 8 thermocouple inputs and up to two analog outputs, plus eight digital I/O, and two counter inputs. The USB-2408 Series provides up to 1 kS/s sampling, ideal for capturing low or medium speed signals. The USB-2408 Series design features a 24-bit ADC which provides superior accuracy and noise performance.
A range of software options are included with the USB-2408 Series including out of the box TracerDAQ(TM) along with comprehensive support for Visual Studio® and Visual Studio® .NET, DASYLab®, NI LabVIEW(TM), and MATLAB®. Also included is Measurement Computing's DAQFlex open-source software framework which provides support for Windows®, Linux®, and Mac® operating systems.
USB-2408 Series
Analog Sampling Analog Digital
Model Inputs Input type Rate Outputs I/O Counters
USB-2408 16 SE/8 DIFF thermocouple or Up to 1 kS/s 0 8 2
voltage
USB-2408 16 SE/8 DIFF thermocouple or Up to 1 kS/s 2 8 2
voltage
About Measurement Computing
Measurement Computing is the market leader in the design, manufacture, and distribution of value-priced data acquisition hardware, and test and measurement software solutions for both programmers and non-programmers. More information about Measurement Computing is available on the Web at www.mccdaq.com.
